| Title |
The Characteristic Analysis of Vector Control in a Linear Induction Motor Considering Static and Dynamic End Effects |
| Authors |
김대경(Kim, Dae-Gyeong) ; 권병일(Gwon, Byeong-Il) ; 우경일(U, Gyeong-Il) |
| Keywords |
Dynamic end effect ; linear Induction motor ; static end effect ; vector control |
| Abstract |
Recently, in the linear motion system, high performances are required In dynamic characteristics. Vector control method is capable of instantaneous thrust control can meet these high performance requirements. Linear induction motor(LIM) have static and dynamic end effects due to its finite core length, so that per-phase impedances are asymmetric and an air gap flux distribution is distorted. These points of the d-q axis equivalent circuit model considering both end effects is more complicated. This paper proposes the d-q axis equivalent circuit and the vector control method considering both static and dynamic end effects of the LIM. As a result, it is shown that the results of the equivalent circuit method(ECM) have a good agreement with those of the finite element method(FEM). |